Flatwork can be challenging for concrete contractors. For high-end residential and commercial construction, concrete producers need a mix that can be easy to place and finish. For these applications, the use of MIRA® admixtures is the key.
MIRA® 72 is a water reducer specifically formulated to produce concrete with enhanced water reduction,
and yield a less permeable and more durable concrete. MIRA 72 is an aqueous solution of complex organic
compounds, each of which contributes uniquely to the final concrete properties.
MIRA®72P is a water reducer specifically formulated to produce concrete with enhanced water reduction, and yield aless permeable and more durable concrete.
MIRA® 79N is a water reducer specifically formulated to produce concrete with enhanced water reduction, and yield a less permeable and more durable concrete.
MIRA 79N enables concrete to be produced with lower water content and improved placement properties.
MIRA 79N makes a workable mix with over 10% less water and yields a stronger, less permeable and more durable concrete.
MIRA ® 79P is a water reducer specifically formulated to produce concrete with enhanced water reduction, and yield a less permeable and more durable concrete. MIRA 79P is an aqueous solution of complex organic compounds, each of which contributes uniquely to the final concrete properties.
MIRA® MP 321 is an aqueous solution of complex polycarboxylate polymers which contribute uniquely to concrete’s final properties of strength and durability.
MIRA® P90 is a mid-range water-reducing admixture specifically formulated to produce concrete with improved strength and placement characteristics.
MIRA® VL12 is an aqueous solution of complex polycarboxylate compounds which contribute uniquely to concrete’s final properties of strength and durability.
MIRA® VL6 is an aqueous solution of complex polycarboxylate compounds which contribute uniquely to concrete’s final properties of strength and durability. Concrete made with MIRA VL6 will display significant performance advantages over concrete using traditional admixtures. MIRA VL6 uses the latest innovation in polymer technology to produce minimal slump loss. MIRA VL6 meets all requirements of AS 1478 -2000 as type MWR.
MIRA VL6 is manufactured under rigid controls to ensure uniform and predictable performance. One litre weighs approximately 1.050kg ± 0.02kg.
MIRA VL6 is a Mid-range Water-reducing Admixture (MWR) designed to improve concrete quality by providing extended slump life (slump retention) for critical pre-mixed and precast applications.
MIRA VL6 is part of the revolutionary MIRA V series of admixtures from GCP Applied Technologies that combines the benefits of placement flexibility and durability in the performance of concrete.
MIRA VL6 allows concrete placement with lower water content to achieve improved placement and enhanced durability. With superior dispersion performance and longer life, MIRA VL6 is recommended for all types of normal and special class concrete applications including:
MIRA® VL7 is an aqueous solution of complex polycarboxylate compounds which contribute uniquely to concrete’s final properties of strength and durability. Concrete made with MIRA VL7 will display significant performance advantages over concrete using traditional admixtures. MIRA VL7 uses the latest innovation in polymer technology to produce minimal slump loss. MIRA VL7 meets all requirements of AS 1478 -2000 as type MWR.
MIRA VL7 is manufactured under rigid controls to ensure uniform and predictable performance. One litre weighs approximately 1.050kg ± 0.02kg.
MIRA VL7 is a Mid-range Water-reducing Admixture (MWR) designed to improve concrete quality by providing extended slump life (slump retention) for critical pre-mixed and precast applications.
MIRA VL7 is part of the revolutionary MIRA V series of admixtures from GCP Applied Technologies that combines the benefits of placement flexibility and durability in the performance of concrete.
MIRA VL7 allows concrete placement with lower water content to achieve improved placement and enhanced durability. With superior dispersion performance and longer life, MIRA VL7 is recommended for all types of normal and special class concrete applications including:
MIRA® VL9 is an aqueous solution of complex polycarboxylate compounds which contribute uniquely to concrete’s final properties of strength and durability. Concrete made with MIRA VL9 will display significant performance advantages over concrete using traditional admixtures. MIRA VL9 uses the latest innovation in polymer technology. MIRA® VL9 meets all requirements of AS 1478 -2000 as type MWR.
MIRA® VL9 allows concrete placement with lower water content to achieve improved placement and enhanced durability. With superior dispersion performance and neutral set times, MIRA VL9 is recommended for all types of normal and special class concrete applications including:
MIRA® VN5 is a high performance, new generation mid-range water reducer based on comb polymer technology.
High-end residential and commercial buildings require high quality flatwork concrete to go along with them. Builders want to make sure that this concrete will be suitable for fast construction methods, so they turn to MIRA® products. The MIRA® family of mid-range water reducers bridge the performance between normal and high-range water reduction. It offers excellent linear dosage water reduction capability, near neutral set times over a wide range of dosages and excellent placement and finishing properties.
Some MIRA® products are formulated to provide excellent water reduction, compressive strength and set time when used in mix designs containing high pozzolan contents. These performance improvements are due to a superior dispersion and strength enhancing capability, plus superior quality control that ensures consistent performance.
Other MIRA® products are formulated to provide excellent overall performance as low-range to mid-range linear-dose water reducers. These can be used in a variety of applications, including ready mix, paving mixes and precast products. They produce higher early and ultimate compressive strengths, with neutral set times, allowing higher levels of water reduction less permeable and more durable concrete.
